A new NECCTON report, led by Dr Lee de Mora (Plymouth Marine Laboratory) in collaboration with project partners, presents a suite of tools for mapping integrated pressures, exposure, and environmental risk in European seas.
The tools focus on four new climate change indices:
- Aerobic Growth Index
- Aragonite Saturation Index
- Hypoxia Index
- Heat Wave Hazard Index
These were validated using model data from the Northwest European Shelf and combined into a multi-stressor index to assess cumulative climate impacts.
The report also demonstrates tools for mapping pollution-related hazards—including plastics, mercury, persistent organic pollutants, and oil spills—alongside a robust evaluation framework to ensure their effectiveness.
These developments support NECCTON’s mission to improve biodiversity forecasting and inform sustainable marine management.
🔗 Read the report:https://zenodo.org/records/15774353
A new NECCTON report presents a suite of tools for mapping integrated pressures, exposure, and environmental risk in European seas. The tools focus on four new climate change indices: - Aerobic Growth Index - Aragonite Saturation Index - Hypoxia Index - Heat Wave Hazard Index...
Learn moreHow can science support marine biodiversity? At the Third United Nations Ocean Conference (UNOC3), NECCTON is putting advanced ocean forecasting at the heart of sustainable marine management....
Learn moreNew NECCTON Paper showing that merging biogeochemical observations with models improves the simulation of phytoplankton phenology and reduces uncertainty in plankton community structure & production....
Learn moreWe’re excited to announce the release of fabmos, a Python-based software package developed within NECCTON. fabmos provides new biogeochemical/ecological model testbeds that bridge the gap between fast 0D/1D models and computationally expensive high-resolution 3D simulations....
Learn moreOur latest report, Deliverable 4.2, evaluates the potential of the PRISMA satellite for marine ecosystem monitoring. We assessed PRISMA’s Level 2 products and atmospheric correction techniques (ACOLITE & POLYMER) across multiple coastal sites, comparing them with in situ measurements....
Learn more